The adsorption and dissociation of dioxygen on the Cu (111) surface have been studied
using periodic self-consistent density functional calculations. Two types of di-σ-type …

The CO/Cu (111) system was studied between 25 and 150 K using reflection absorption
infrared spectroscopy (RAIRS). 25 K adsorption results in population of terminal sites …

The chemisorption and condensation of SO2 on a Cu (111) surface have been studied in the
temperature range of 75–860 K using angle-resolved TPD, temperature-programmed …

Ziel der vorliegenden Arbeit ist es, einen Beitrag zur Aufklärung der grundlegenden
Wechselwirkungsmechanismen in der Oberflächenphysik und-chemie zu leisten. Dazu …

Adsorbate motions are discussed with a primary attention focused on the coupling between
a vibrational mode excited by ultrafast laser heated hot-electrons or by inelastic tunneling …

Soft deposition of Co nanoclusters on a Cu (001) substrate is studied by constant‐
temperature molecular‐dynamics simulations. A different epitaxial behaviour of the clusters …

Scanning tunneling microscopy, inelastic tunneling spectroscopy, and electron induced
manipulation are used to investigate electronic excitation of D 2 O monomers and small …

Zur Untersuchung photoinduzierter Prozesse an Oberflächen im Ultrahochvakuum wurde
eine Messapparatur geplant und konstruiert, die erstmalig zeitaufgelöste Zwei-Photonen …

A pulse chemisorption/reaction system in combination with Fourier transform infrared
spectrometer equipped with a diffuse reflectance infrared Fourier transformed spectroscopy …

Due its importance for the CO+ NO reaction, the adsorption of isocyanate has been studied
extensively in the past, both on model catalysts under UHV conditions and on high-surface …